Matter. and the global mission to capture the invisible

Imagine a world where your morning laundry routine is a deliberate act of ocean conservation. Every time we wash our clothes, thousands of microscopic plastic fibers slip through our drains and into the Life-Support System of the Planet. The Ocean has a vital role in regulating climate, producing oxygen, and sustaining all life. Each year, washing machines and textile factories release over 500,000 tonnes of these microplastics into global waterways. For years, this was considered an unavoidable byproduct of modern life, but in 2026, Matter. is proving that the solution is already here.

Matter. didn’t just want to build a gadget; they wanted to re-engineer how water flows through our industrial world. At the heart of their strategy is Regen.®, a patented, self-cleaning filtration technology. Unlike many existing filters that rely on disposable cartridges—which eventually create their own waste — Matter.’s design is built on the principles of a circular economy. This technology is uniquely scalable: it has been engineered to serve everything from a single household washing machine to the massive effluent systems of global textile factories.

The residential stepping stone

For Matter., the residential market has served as a critical proof-of-concept. By integrating their technology into the homes of millions, the company was able to build the public awareness and technical reliability needed to tackle much larger challenges. The credibility of Matter.’s mission was solidified in late 2025 when the company was named a finalist for The Earthshot Prize, based on the verified efficiency of their domestic solutions.

Through a high-profile partnership with BSH Hausgeräte (the parent company of Bosch and Siemens), Matter.’s technology has been integrated into a range of intelligent appliances. These units have demonstrated the ability to capture up to 97% of microfibers per wash cycle across 11 European markets. However, while the residential market has been a powerful stepping stone, the company’s leadership has always viewed it as the gateway to a much higher-impact arena: the industrial supply chain.

The industrial leap: attacking the source

In 2026, Matter. is entering its most transformative phase by releasing large-scale textile filtration systems into factories worldwide. The reasoning is simple: while a household filter stops a few grams of plastic per week, an industrial system in a textile mill can stop hundreds of kilograms at the source. By targeting the point where microplastic shedding is most concentrated, Matter. can deliver an exponential leap in environmental impact.

This industrial expansion has been accelerated by a significant Series A round. For manufacturers, the value proposition is not just environmental. These industrial Regen.® systems are designed to reduce operational costs by lowering energy and chemical use in water treatment, providing a return on investment that aligns sustainability with commercial success.

By leveraging the lessons learned in the residential sector to conquer the industrial one, Matter. is ensuring that the clothes we wear today don't become the environmental crisis of tomorrow.

How Matter. measures Impact

Matter. employs a multi-layered approach to quantify how much microplastic they prevent from entering the environment:

• Filtration Efficiency Metrics: In industrial and laboratory settings, Matter. measures the "capture rate" of their filters. Their systems have demonstrated the ability to remove up to 97% of microfibres from wastewater.
• Mass-Balance Estimation: For their Domestic Microplastic Filter and industrial units, impact is measured by the physical weight of the "pucks" (compressed microfibers) captured. By 2030, Matter. aims to have captured a cumulative 15,000 tonnes of microfibers.
• Computational Fluid Dynamics (CFD): Because physical prototyping at an industrial scale is expensive, Matter. uses advanced CFD simulations to predict and validate how much waste their large-scale systems will capture before they are even manufactured.
• B Corp Certification: As a Certified B Corporation with a score of 83.9, Matter. uses the B Impact Assessment to track its broader environmental footprint beyond just plastic capture, including governance, worker wellness, and supply chain ethics.
• Microfibre Assessment Programmes (MAPs): Matter. conducts detailed audits for textile manufacturers to establish a "baseline" of pollution, allowing them to measure the precise impact of their technology once installed in a specific factory.

Challenges in measuring impact

Despite their advanced tools, Matter. faces several systemic challenges in accurately documenting the full scope of their impact:

• The "Visibility Gap": Microplastics are often invisible to the naked eye. While Matter.’s consumer products use a "viewing window" to make waste tangible, quantifying the impact of trillions of microscopic fibers across a global supply chain remains a massive data-collection hurdle.
• Lack of Standardization: There is currently no global consensus or standardized analytical method for counting or characterizing microplastics in blood, organ systems, or even varying wastewater streams. This makes "apples-to-apples" comparisons between different filtration technologies difficult.
• Variable Shedding Rates: The amount of microplastics a filter captures depends on external factors Matter. cannot control, such as water temperature and the type of detergent used.
• Diffuse Sources: While Matter. captures "point-source" pollution (pipes and drains), a significant portion of microplastics comes from "non-point" sources like tire wear and atmospheric dispersion, which their current filtration technology cannot yet address or measure.
• Data Fragmentation: As the company scales internationally into 2026, trade tensions, fragmented sustainability disclosure initiatives, and varying regional regulations make it complicated to maintain a unified, global impact database.

Moving from a single solution to a systemic shift

To bridge the gap between human innovation and a global plastic crisis, we must look past individual products toward a complete systemic shift. If global waterways receive over 500,000 tonnes of microplastics annually, Matter’s 2030 target of capturing a cumulative 15,000 tonnes represents a critical leading edge — targeting the highest-impact sectors to prove that a circular water system is possible.

The legislative "force multiplier"

While Matter. provides the technology, global policy provides the scale. Voluntary adoption is a starting point, but widespread impact requires making filtration a standard utility, similar to a dryer’s lint trap.

France made history as the first country to pass a mandate for microfiber filters in new washing machines. However, as of early 2026, the strict enforcement of this 2025 deadline has faced technical delays due to a lack of unified industry standards. The focus has now shifted to a broader EU-wide Ecodesign Regulation, expected to finalize standards by late 2026 to ensure all manufacturers across the continent meet the same high bar.

California is following a similar path with Bill AB 1628, which targets January 1, 2029, for a mandatory filtration requirement on all new machines.

These long-term mandates give manufacturers like Samsung and Whirlpool the lead time necessary to integrate systems like Regen.® directly into their production lines.

Capturing fibers in a household is an essential stepping stone, but capturing them at a textile mill is exponentially more efficient. By 2026, the focus has moved "upstream" to where the pollution is most concentrated.

A single garment factory can produce as much wastewater as thousands of households. Installing industrial-grade systems in the dyeing and finishing stages — where roughly 35% of all microplastic shedding occurs — allows us to stop hundreds of tonnes at a single point before they ever reach a municipal drain.

Upgrading the "lungs" of our cities (WWTPs)

For the microplastics that escape both homes and factories, our final line of defense is the Wastewater Treatment Plant (WWTP). While current secondary treatments are effective at removing larger solids, the sheer volume of water means that trillions of microscopic particles still bypass the system.

A significant environmental hurdle remains in Biosolids Management. When microplastics are captured, they often end up in the sewage sludge used as agricultural fertilizer, which can return the plastic to the soil. By 2026, impact measurement has evolved to track the "final destruction" of these plastics, ensuring they are either chemically recycled or sequestered rather than being re-released into the environment.

By 2030, the combination of Matter.’s specialized capture and these systemic infrastructure changes aims to finally turn the tide on the global microplastic crisis.

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